Review and Prospect of Integrated Energy System Research

As an important direction for future energy development, the integrated energy system aims to achieve efficient, safe and clean utilization of energy. Through photovoltaic power generation, energy storage technology and microgrid scheduling system, the system is able to achieve optimal allocation and scheduling of energy, to enhance energy utilization efficiency and decrease energy expenses, photovoltaic energy storage technology is employed to harness solar power for the production of electricity, which is stored through energy storage equipment to address the intermittency challenges associated with photovoltaic power generation. Microgrid scheduling, functioning as an integral part of the comprehensive energy system, utilizes advanced intelligent algorithms and scheduling strategies to efficiently manage and optimize the allocation of multiple energy resources. By playing a pivotal role as a fundamental building block within the integrated energy system, this not only guarantees a dependable and consistent energy supply but also significantly boosts energy utilization efficiency, ultimately enhancing the system's economic viability and environmental sustainability. Optimized configuration is the most important problem of integrated energy system, which involves knowledge from multiple fields. In this paper, a variety of optimized configuration schemes are proposed, striving to enhance the system's overall performance and offer valuable insights for future research and practical applications.